public void PrepareOutgoingData(SocketAsyncEventArgs e, DataHolder handledDataHolder, byte[] data)
{
try
{
Log.Info("start PrepareOutgoingData");
DataHoldingUserToken theUserToken = (DataHoldingUserToken)e.UserToken;
theDataHolder = theUserToken.theDataHolder;
//Determine the length of all the data that we will send back.
int lengthOfCurrentOutgoingMessage = data.Length;
//So, now we convert the length integer into a byte array.
//Aren't byte arrays wonderful? Maybe you'll dream about byte arrays tonight!
Byte[] arrayOfBytesInPrefix = BitConverter.GetBytes(lengthOfCurrentOutgoingMessage);
//Create the byte array to send.
theUserToken.dataToSend = new Byte[theUserToken.sendPrefixLength + lengthOfCurrentOutgoingMessage];
//Now copy the 3 things to the theUserToken.dataToSend.
Buffer.BlockCopy(arrayOfBytesInPrefix, 0, theUserToken.dataToSend, 0, theUserToken.sendPrefixLength);
//The message that the client sent is already in a byte array, in DataHolder.
Buffer.BlockCopy(data, 0, theUserToken.dataToSend, theUserToken.sendPrefixLength, data.Length);
theUserToken.sendBytesRemainingCount = theUserToken.sendPrefixLength + lengthOfCurrentOutgoingMessage;
Log.Info( "theUserToken.sendPrefixLength " + theUserToken.sendPrefixLength + " lengthOfCurrentOutgoingMessage:" + lengthOfCurrentOutgoingMessage);
theUserToken.bytesSentAlreadyCount = 0;
}
catch (Exception ex)
{
Log.Error(ex);
}
}
public void HandleData(DataHolder incomingDataHolder)
{
if (Program.watchProgramFlow == true) //for testing
{
receiveSendToken = (DataHoldingUserToken)this.saeaObject.UserToken;
Program.testWriter.WriteLine("Mediator HandleData() " + receiveSendToken.TokenId);
}
theDataHolder = theIncomingDataPreparer.HandleReceivedData(incomingDataHolder, this.saeaObject);
}
internal DataHolder HandleReceivedData(DataHolder incomingDataHolder, SocketAsyncEventArgs theSaeaObject)
{
DataHoldingUserToken receiveToken = (DataHoldingUserToken)theSaeaObject.UserToken;
theDataHolder = incomingDataHolder;
theDataHolder.sessionId = receiveToken.SessionId;
theDataHolder.receivedTransMissionId = this.ReceivedTransMissionIdGetter();
theDataHolder.remoteEndpoint = this.GetRemoteEndpoint();
if ((Program.watchData == true) & (Program.runLongTest == false))
{
this.AddDataHolder();
}
return(theDataHolder);
}
internal DataHolder HandleReceivedData(DataHolder incomingDataHolder, SocketAsyncEventArgs theSaeaObject)
{
var receiveToken = (DataHoldingUserToken)theSaeaObject.UserToken;
if (Program.watchProgramFlow == true) //for testing
{
Program.testWriter.Log("HandleReceivedData() " + receiveToken.TokenId);
}
_theDataHolder = incomingDataHolder;
_theDataHolder.SessionId = receiveToken.SessionId;
_theDataHolder.ReceivedTransMissionId = this.ReceivedTransMissionIdGetter();
_theDataHolder.RemoteEndpoint = this.GetRemoteEndpoint();
if ((Program.watchData == true) & (Program.runLongTest == false))
{
this.AddDataHolder();
}
return _theDataHolder;
}
internal void PrepareOutgoingData(SocketAsyncEventArgs e, DataHolder handledDataHolder)
{
DataHoldingUserToken theUserToken = (DataHoldingUserToken)e.UserToken;
if (Program.watchProgramFlow == true) //for testing
{
Program.testWriter.WriteLine("Mediator PrepareOutgoingData() " + theUserToken.TokenId);
}
theDataHolder = handledDataHolder;
//In this example code, we will send back the receivedTransMissionId,
// followed by the
//message that the client sent to the server. And we must
//prefix it with the length of the message. So we put 3
//things into the array.
// 1) prefix,
// 2) receivedTransMissionId,
// 3) the message that we received from the client, which
// we stored in our DataHolder until we needed it.
//That is our communication protocol. The client must know the protocol.
//Convert the receivedTransMissionId to byte array.
Byte[] idByteArray = BitConverter.GetBytes(theDataHolder.receivedTransMissionId);
//Determine the length of all the data that we will send back.
Int32 lengthOfCurrentOutgoingMessage = idByteArray.Length + theDataHolder.dataMessageReceived.Length;
//So, now we convert the length integer into a byte array.
//Aren't byte arrays wonderful? Maybe you'll dream about byte arrays tonight!
Byte[] arrayOfBytesInPrefix = BitConverter.GetBytes(lengthOfCurrentOutgoingMessage);
//Create the byte array to send.
theUserToken.dataToSend = new Byte[theUserToken.sendPrefixLength + lengthOfCurrentOutgoingMessage];
//Now copy the 3 things to the theUserToken.dataToSend.
Buffer.BlockCopy(arrayOfBytesInPrefix, 0, theUserToken.dataToSend, 0, theUserToken.sendPrefixLength);
Buffer.BlockCopy(idByteArray, 0, theUserToken.dataToSend, theUserToken.sendPrefixLength, idByteArray.Length);
//The message that the client sent is already in a byte array, in DataHolder.
Buffer.BlockCopy(theDataHolder.dataMessageReceived, 0, theUserToken.dataToSend, theUserToken.sendPrefixLength + idByteArray.Length, theDataHolder.dataMessageReceived.Length);
theUserToken.sendBytesRemainingCount = theUserToken.sendPrefixLength + lengthOfCurrentOutgoingMessage;
theUserToken.bytesSentAlreadyCount = 0;
}
public void PrepareOutgoingData(SocketAsyncEventArgs e, DataHolder handledDataHolder)
{
DataHoldingUserToken theUserToken = (DataHoldingUserToken)e.UserToken;
if (Program.watchProgramFlow == true) //for testing
{
Program.testWriter.WriteLine("Mediator PrepareOutgoingData() " + theUserToken.TokenId);
}
theDataHolder = handledDataHolder;
//In this example code, we will send back the receivedTransMissionId,
// followed by the
//message that the client sent to the server. And we must
//prefix it with the length of the message. So we put 3
//things into the array.
// 1) prefix,
// 2) receivedTransMissionId,
// 3) the message that we received from the client, which
// we stored in our DataHolder until we needed it.
//That is our communication protocol. The client must know the protocol.
//Convert the receivedTransMissionId to byte array.
Byte[] idByteArray = BitConverter.GetBytes(theDataHolder.receivedTransMissionId);
//Determine the length of all the data that we will send back.
Int32 lengthOfCurrentOutgoingMessage = idByteArray.Length + theDataHolder.dataMessageReceived.Length;
//So, now we convert the length integer into a byte array.
//Aren't byte arrays wonderful? Maybe you'll dream about byte arrays tonight!
Byte[] arrayOfBytesInPrefix = BitConverter.GetBytes(lengthOfCurrentOutgoingMessage);
//Create the byte array to send.
theUserToken.dataToSend = new Byte[theUserToken.sendPrefixLength + lengthOfCurrentOutgoingMessage];
//Now copy the 3 things to the theUserToken.dataToSend.
Buffer.BlockCopy(arrayOfBytesInPrefix, 0, theUserToken.dataToSend, 0, theUserToken.sendPrefixLength);
Buffer.BlockCopy(idByteArray, 0, theUserToken.dataToSend, theUserToken.sendPrefixLength, idByteArray.Length);
//The message that the client sent is already in a byte array, in DataHolder.
Buffer.BlockCopy(theDataHolder.dataMessageReceived, 0, theUserToken.dataToSend, theUserToken.sendPrefixLength + idByteArray.Length, theDataHolder.dataMessageReceived.Length);
theUserToken.sendBytesRemainingCount = theUserToken.sendPrefixLength + lengthOfCurrentOutgoingMessage;
theUserToken.bytesSentAlreadyCount = 0;
}
public DataPreparer(DataHolder incomingDataHolder)
{
theDataHolder = incomingDataHolder;
theDataHolder.receivedTransMissionId = TransMissionIdGetter();
}
internal void CreateNewDataHolder()
{
theDataHolder = new DataHolder();
}
public DataPreparer(DataHolder incomingDataHolder)
{
theDataHolder = incomingDataHolder;
theDataHolder.receivedTransMissionId = TransMissionIdGetter();
}
public void CreateNewDataHolder()
{
theDataHolder = new DataHolder();
}
internal void CreateNewDataHolder()
{
theDataHolder = new DataHolder();
}
internal void HandleData(DataHolder incomingDataHolder)
{
theDataHolder = theIncomingDataPreparer.HandleReceivedData(incomingDataHolder, this.saeaObject);
}
